7
E D G E I Q H A N D B O O K
3.
I N S T A L L A T I O N ‘ M U S T D O ‘ S ’
Existing sub-mains and all final sub-circuit cabling is adequate for the site (AS/NZS 3000 and AS/NZS 3008)
Perform a
fault loop impedance test
and
earth fault loop impedance test
EdgeIQ is ideally mounted as close to the main switchboard as possible (to not increase the
impedance on the installation
EdgeIQ is
mounted verticall
y on a solid substrate
in accordance with the clearances noted in
Diagram 2
Minimum clearance location for EdgeIQ
with all cable entries bottom or rear entry only
This single phase EdgeIQ unit can
only be wired/connected to a single phase installation
.
All cabling is adequately “mechanically protected” – this means conduit and / or protective enclosure.
All weather proof glands or conduit entries are correctly sealed.
All power cabling is tested for continuity, polarity and insulation resistance and then terminals are
correctly tightened – double-check by pulling on the wires
The current transformer (CT) is correctly closed and connected to the AC cable supplying the solar
inverter (where applicable) with the arrow of the CT pointing in the direction of the current flow
All covers are replaced, all labels are placed where advised
Installation is re-energised
Perform handover to customer – including supply of Certificate of Electrical Safety
Complete ‘Must get’ information (See page 6) and email to Edge Electrons
([email protected]). Non-receipt of this information can impact the product
warranty
Site monitoring
A ‘transformer tap’ change request to the customer’s Distributor is undertaken by the customer when
grid voltage is measured above 265V (at the customer’s point of attachment).
Summary of Contents for EDGEIQ EE-202-0050
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